Progress in Surface Science 1993: Vol 43 Index

17 Pages·1993·4.1 MB·English

PROGRESS IN SURFACE SCIENCE, VOLUME 43
AUTHOR INDEX
Abricossova, I.I. 265 Borisova, V.M. 337
Abrikosova, I.I. 108, Brandt, G.H. 222, 240
114, 121, 184, 265, 272 Bressler, S.E. 82
Adam, N. 152 Brock, J.R. 331
Adamson, I. 82 Broddhurst, D. 108
Adlfinger, K.H. 113 Brownscombe, J.L. 320, 337
Aidanova, O.S. 185 Bulgadnaev, A.V. 202
Akimov, Yu.P. 222, 240 Burgers, W. 22, 33
Buzagoh, A. 35
Aktaruzzaman, A.F.M. 358
Alder, B.J. 113
Aleinikova, I.N. 350, 351 Cary, J.W. 222, 240
Alekseev, O.L. 127 Casimir, H. 73, 108
Casimir, H.B.G. 266
Ananyan, A.A. 221, 240
Anderson, D.M. 213 Cassimir, H.B.G. 114
Andreyev, S.V. 185 Chaimov-Malkov, V.Ya. 213
Annis, B.K. 331 Chapman, S. 286, 331
Archard, I.F. 351 Cheng, L. 351
Archer, B.J. 337 Cheng, Y.S. 351
Arutunian, M.A. 185 Cherneva, E. 272
Arutyunyan, M.A. 190 Cherny, L.T. 350
Ash, S.G. 121 Cheverev, V.G. 222, 240
Avetisyan, R.A. 337 Chistolinov, L.V. 240
Aylmore, L.A. 337 Chmutov 73
Chmutov, R.V. 185
Babchin, A. 113 Christotinov, L.V. 222
Bakanov, S.P. 280, 286, Churaev, N.V. 113, 114,
a. 297. 196, 807, 233,
331, 336, 358
53%, 223, 231, 3230, 260
Balaschova, N.A. 105
Bangham, D.M. 185 Cluny, J.S. 113
Cook, D. 358
Baran, A.A. 127
Barer, &.8. 213, 222, Corkill, A. 38
231, 240 Corkill, J.M. 113
Barnes, G.T. 337 Cowling, T. 331
Bartenev, G.M. 351 Cowling, T.G. 286
Batova, G.A. 280, 286
Dahneke, B. 351
Bazaron, U.B. 202
Davies, D.K. 351
Belouschek, P. 121
de Jongh, 114, 184
Bergmann, P. 7, @2
De Vries, - 184
Bessonov, S. 266
De Vries, D. 240
Bierbrauer, E. 272
de Vries, yao
Biermans, M. 240
Bigg, E.K. 320 Defay, R.
Bigg, E.R. 337 DeGroot, 336
Deraguin, B. 350
Bikerman, J.J. 185
Derjaguin, B. 1, 5, 16, 17,
Black, W. 114, 184
oe Se. Si. 33, 371 47,
Blodgett, K. 26
134, 152, 309
Bogdanov, O.S. 266
Derjaguin, B.V. 13, 73, 81,
Boiko, Yu.P. 127
82, 104, 105, 108, 113,
Bondi, A. 207
1
2 AUTHOR INDEX
(Derjaguin, B.V., cont.) Friberg, S. 113
508, i813, S37, 284, 156, Fridrikhsberg, D.A. 201
165, 213, 231, 239, 240, Frumkin, A. 17, 37, 152
265, 266, 272, 308, 320, Frumkin, A.D. 184
331, 336, 337, 351, 3356 Frumkin, A.N. 73, 105, 184,
Deryagin (Derjaguin), B.V. 265, 272
190, 201, 202, 207, 221, Frumkin, N.A. 105
222, 280, 286, 301 Fuchs, N. 22, 50
Deryaguin (Derjaguin), B.V. Fuchs, N.A. 114, 320, 338
184, 185 Fuks, G.I. 105, 266
Devor, W. 350 Fuks, N. 266
Dijkema, K.M. 213, 222, 240 Futran, M.F. 266
Distler, G.I. 202
Donnan, F. 31 Gaidukov, M.N. 331
Dostavalov, B.N. 222 Gaudin, A.M. 266
Dostovalov, B.N. 240 Gel’mukhanov, F.Kh.
Dresner, L. 190 Gentry, J.W. 337
Dube, G. 37 Gershuny, F.Z. 331
Dukhin, 8.8. 127, 158, 165, Gheiner, A.V. 358
185, 201, 265, 266, 280, 286 Gibbs, W. 152
Dumansky, A.V. 127 Gillespie, T. 351
Dykhne, A.M. 358 Gilpin, R.R. 222, 240
Dzyaloshinski, I.U. 121 Glaszman, Yu.M. 184
Dzyaloshinskij, I.E. 114 Glazman, Ju.M. 121
Dzyaloshinsky, I.E. 113, 158, Globus, A.M. 222, 240
165, 201, 266 Gol’danskii, V.I. 207
Goldshtik, M.A. 331
Eaborn, C. 207 Goldsmith, B. 351
Ebert, K. 114 Golutvina, M.M. 201
Efremova, E.N. 184, 185 Goodman, J.F. 113
Eigeles, M.A. 184, 265 Gorelov, S.L. 358
Eilers, H. 34, 73, 114 Gorodetchkaya, A.V. 105
Einstein, A. 286 Gorodetskaja, A.V. 265
Ekserova, D. 121, 184 Gorodetskaya, A.V. 114
Biise. Re 31, BS Gorodetzkaja, A. 17, 37,
Epstein, P. 331 152, 272
Erschler, B. 152 Gortikov, V.M. 272
Ershov, A.P. 190 Green-Kelly, R. 185
Ershov, E.D. 222, 240 Grigorov, O.N. 201
Ershov, V.A. 337 Gross, E.P. 336
Ershova, G.F. 121, 231 Guggenheim, E. 152
Ershova, I.G. 222, 240 Gutop, Yu.V. 114, 184
Esmen, N.A. 351
Evans, L.F. 266 Haase, R. 190
Everett, D.H. 113, 121, Hachisu, Sei 113
222, 240 Hamaker, H. 18, 22, 26, 28,
Ewers, W.E. 266 23, 73, 202
Exerova, D. 105 Hamaker, H.C. 104
Exzerova, D. 113 Hardy, W. 104, 105, 266
Hardy, W.B. 26
Facy, L. 286 Harkins, W.D. 337
Fankuchen 28 Harper, W.R. 351
Fedoseyev, V.A. 320, 337 Haydon, D.A. 113
Fedyakin, N.N. 185, 301 Haynes, J.M. 222, 240
Fergusson, R.R. 331 Healy, T.H. 337
Fletcher, N.H. 213, 231, 338 Herker, M. 108
Fox, H.W. 207 Hiller, R. 351
Frankel, S. 105 Hoekstra, P. 213, 222, 240
Freundlich, H. 32 Houwink, R. 22, 33
AUTHOR INDEX
Il’ichiev, A.V. 358 Koptelova, M.M. 121, 185, 201
Ingram, B.I. 113 Koretsky, A.F. 113
Israelachvili, J.N. 114, 121 Kort’, I. 34, 73, 114
Ivanishchenko, N. 272 Korotkova, A.A. 185
Ivchenko, I.N. 331 Kose, Akira 113
Ivchenko, Y.I. 309 Krotova, N.A. 350
Izmailova, G.I. 337 Kruger, A.J. 231
Kruglyakov, P.M. 113
Jalamov, Yu.J. 114 Krupp, H. 351
Jeans, J. 19 Kruyt, H.R. 190
Jellinek, H.H.G. aaa, 2060 Kuchukov, E.Z. 222, 240
240 Kudrjavceva, N.M. 104
John, W. 350 Kudryavtsev, V.A. 222, 240
Johnson, K.L. 351 Kudryavtseva, N.M. 114
Jordan, D.W. 351 Kudryavzeva, N.M. 121
Jumikis, A.R. 222, 240 Kunio Aoto 73
Kurazaev, A.B. 222
Kabanov, B. 105, 272 Kurbatov, L.P. 185
Kabanov, B.N. 105, 184, 265 Kurghen, Iu.S. 337
Kallmann, H. 31, 104 Kurilenko, 0O.D. 127
Kapkin, M.M. 222, 240 Kurzaev, A.B. 213, 222,
Karas(s)ev, V.V. 184, 185, 231, 240
202, 207, 265, 266 Kus(s)akov, M. 13, 16, 24,
Karlov, N.V. 358 7. 9a- 382
Katisheva, A.S. 240 Kus(s)akov, M.M. 82, 104,
Katysheva, A.S. 222 S53, 1287; 106, 262, 213, 265
Kaverina, N.I. 266 Kuzina, A.F. 201
Kay, B.D. 222, 240 Kuz’/mina, Z.N. 201
Keesom, W. 331 Kvlividze, A.B. 213
Kendall, K. 351 Kvlividze, V.I. 213, 222,
Kerker, M. 358 231, 240
Keuskamp, J.W. 113
Khaimov-Mal’kov, V.Ya. 222, LaMer, V.K. 337
231, 240 Landau, L. 105, 136, 151
Khainman, V.Ya. 266 Landau, L.D. 73, 104, 108,
Khomutov, A.M. 185 113, 184, 190, 265, 272,
Kibel, I.A. 3009 3209, 336, 335i
Kirilenko, N.V. Saad, 8644 B2P Langmuir, A. 152
Kirkwood, G. 272 Langmuir, D.B. 337
Kirkwood, J.G. 113 Lanse, Ie 17, 30, 37,
Kiselev, G.P. 127 113, 121, 265, 266, 337
Kiselev, V.F. 213, 222, 231, Lebedeva, L. 113, 151
240 Lebedeva, L.A. 184
Kiselev, V.I. 231 Leib, F. 114
Kiseleva, E. 266 Leja, J. 266
Kiseleva, E.V. 185, 201 Leonov, L.F. 337
Kiseleva, O.A. 222, 231, 240 Levdanskii, V.V. 358
Kitchener, J.A. 114, 184, 231 Levi, S.M. 104, 105
Klassen, V.I. 266 Levich, V. 136
Knight, C.A. 231 Levich, V.G. 104, 265
Knudsen, M. 301, 331 Levin, L.M. 265
Kobzareva, S.A. 202 Levine, S. 18, 37
Lifshits, E.M. 114, 127,
Kocherga, I.I. 127
Kochin, N.E. 309 158, 165, 201, 309, 336
Kodochigov, P.N. 201 Lifshitz, E.M. 108, 121,
Kogan, M.N. 336 266, 272, 351
Lin, S.P. 358
Komarov, I.A. 222, 240
Kondo, S. 213 Ling, G.N. 127
Koptelova, B.V. 113 Lisichenko, V.A. 265
4 AUTHOR INDEX
Loch, P.G. 222, 240 Onsager, L. 152
Loffler, F. 351 Osager, L. 113
Lonsdale, H.K. 127 Ostroumov, V.V. 201
Lookyanovich 73 Ostwald, Wo 35, 54
Lopatina, A.M. 185 Ottewill, R.H. 104
Los, J.R. 331 Ouwens, C.H.T. 231
L6w-Beer, P. 17, 81 Ovcharenko, F.D. 127
Loyalka, S.K. 336 Overbeek, G. 81
Luiken, B. 272 Overbeek, I.Th.G. 113, 114
Luzhnov, Yu.M. 207 Overbeek, J.Th. 73, 105, 114
Lyklema, J. 113 Overbeek, J.Th.G. 81, 113,
Lykov, A.V. 190 184, 265
Mackor, E.L. 121 Pashley, R.M. 231
Malkina, A.D. 82, 265 Paw, U.K.T. 351
Malysheva, D.S. 207 Peschel, G. 113, 121
Manev, E. 113 Pfiitzenreuter, A. 105
March, A. 1, 30 Philippoff, W. 265
‘Markovich, A.V. 201 Pichugin, E.F. 207
Martinov, G.A. 114 Pichyugin, E. 152
Martynov, G.A. 184 Pitaevskii, L.P. 201
Masing, G. 105 Pitaevskij, L.P. 114
Matijevic, E. 108 Pitaevsky, A.D. 127
Maxwell, J.C. 331 Pitaevsky, L.P. 113
Mayland, H.F. 222, 240 Pitaevsky, L.S. 121
Mazur, P. 336 Pitayevsky, L.P. 165, 266
McBain, J. 152 Plaskin, I.N. 266
Medvedovsku, V. 105 Platikanov, D. 113, 185
Mel’nikova, M.K. 190, 231 Podnek, A.K. 266
Metsik, M.S. 185 Polder, D. 73, 108, 114, 266
Metzik, M.S. 113 Polezhaev, V.I. 331
Miaw, H.L. 266 Popov, B.G. 351
Mikhovich, N.S. 351 Popovsky, Yu.M. 185
Milekhina, M.M. 201 Powis, F. 55, 56, 57
Miller, R.D. 213, 222, 240 Preining, O. 358
Milyokhina, M.M. 185 Prokhorov, A.M. 358
Mitrofanov, S.I. 266 Prokhorov, P.S. 337
Mogilat, S.V. 337
Prosser, A.P. 114
Mokrousov, V.A. 266 Prosser, A.V. 184
Moskvin, V.M. 222, 240
Moskvitin, N.I. 266
Muller, M.M. 121 Rabinovich, Ya.I. 121, 231,
Muller, V.M. 114, 350, 351 $31. 336
Mysels, K. 105 Radke, C. 121
Mysels, K.J. 113 Radushkevich 73
Rao, A.K. 351
Nechaev, E.A. 222, 240 Rehbinder, P. 22, 82
Nekrasov, N. 272 Rehbinder, P.A. 113, 222,
Nerpin, S.V. 104, 184, 240, 266, 272
198, 222, 231, 240 Reischl, G. 350
Nersesova, Z.A. 222, 240 Richmond, P. 114
Netzel, J. 127 Rideal, E. 351
Ninham, B.W. 121 Roberts, A.D. 351
Novikova, A.V. 231 Romanov, V.P. 222, 240
Nutting, G.C. 337 Ro6mkens, M.J.M. 213
Rosano, H. 337
Obuchov, E. 26 Rose, N.V. 309
Obuchov, E.V. 104, 113 Rosenhead, L. 38
Gno, 8. 213 Rosenzweig, L.A. 337
AUTHOR INDEX
Rouweler, G.C.J. 114 Strenge, K. 113
Rovin, Yu.G. 113 Suetin, P.E. 336
Rubel, G.O. 337 Sukhovolskaja 82
Rusanov, A.I. 113 Sutherland, K.L. 266
Sven-Nilsson, I. 265
Samartsev, A.G. 201 Symons, P.C. 113
Sanfeld, A. 113
Sapon, I.P. 184 Tabor, D. 114
Savitski, A.N. 240 Tabor, I. 114
Savitskii, A.N. 222 Talmud, D.L. 82
Saweris, Z. 185 Taube, P.R. 113
Schaeffer, V.J. 337 Taylor, J.L. 113
Scheludko, A.D. 184, 185 Taylor, P.W. 207
Schlyigin, A. 105 Teleguin, G.G. 358
Schmidt, G. 331 Thompson, W.J. 320, 337
Schnorrer, R. 113 Titevskaya, A.S. 114
Schukin, E.D. 113 Titievskaja, A.S. 265, 272
Schulman, J.H. 266 Titievskaya, A.S. 104, 113
Scott, W.S. 222, 240 Titijevskaja, A.S. 73, 82
Sedunov, Yu.S. 338 Titiyevskaya, A.S. 105
Serebrovskaya, M.V. 114 Titjevskaja, A. 24
Shagly, E.I. 337 Titjevskaya, A. 104, 105
Shalaguin, A.M. 358 Todes, O.M. 320
Sheludko, A. 105, 113 Tong, N.T. 358
Sheludko, A.D. 104, 113, 121 Toporov, Yu.P. 350, 351
Shereshefsky, I.L. 185 Trapeznikov, A.A. 82, 337
Shinoda, K. 105 Tsitovich, N.A. 240
Shukakidze, N.D. 184 Tsvetkov, V.N. 207
Shustov, V.A. 337 Tsytovich, N.A. 222
Shutor, S.V. 185 Tyoku Matuhasi 73
Shutor, Yu. 190
Sidorenkhov, G. 266 Unterberger, B. 127
Sidorenkov, G.G. 201, 266 Ushakova, L.A. 231
Sidorenkov, G.P. 113, 165, Usyarov, O.G. 114
184, 185, 190, 213, 222,
231, 240 Vaksmann, M.A. 358
Sitarski, M. 358 van den Tempel 105
Slater, J.C. 272 van Grudnerbeeck, F. 104
Smilga, V.P. 350 van Silfhout, A. 114
Smith, T.D. 266 Velde, K. 231
Smoluchovski, M. 73, 301 Vershinin, P.V. 213, 221, 239
Smoluchowsky, M. 2 Verway, E.J.W. 184
Sobolev, V.D. 113, 213, 221, Verwey, E. 81, 113, 114
222, 231, 239, 240 Verwey, E.J. 73, 105, 265
Sokolova, Z.A. 201 Vignes, M. 213, 222, 240
Solomentseva, I.M. 127 Vignes-Adler, J. 222
Sonntag, H. 113, 127 Vignes-Adler, M. 213, 240
Soo, S.L. 351 Visser, J. 351
Sorokin, V.N. 331 Vlasenko, G.J. 104
Sparnaay, M.J. 114, 184 Vlasov, A.A. 207
Spedden, H.R. 266 Volova, M.L. 265
Spielman, L.A. 114 Voropaeva, T.N. 105
Spitsyn, V.I. 201 Voropayeva, T.N. 184, 265
Splittgerber, H. 114 Voroshilov, G.D. 222, 240
Squires, P. 338 Voznij, P.A. 231
Starostin, A.N. 358 Voznyi, P.A. 222, 240
Stockman, M.I. 358
Storozhilova, A.I. 331 Waldmann, L. 286, 358
Strakhovskii, G.M. 207 Wannop, G.L. 351
6 AUTHOR INDEX
Wark, I.W. 266 Zakjavayeva, N.N. 185
Warner, J. 338 Zhdanov, V.M. 358
Watillon, A. 104 Zheleznij, B.V. 239
Weber, S. 331 Zheleznyi, B.V. 221
Wenstrom, E. 22, 82 Zhestkova, T.N. 222, 240
Whitby, K.T. 351 Zhilenkov, I.V. 185
Whitfild, R. 351 Zhukhovitskij, E.M. 331
Wilkins, D.I. 104 Zhukov, I.I. 202
Willstatter, M. 31, 104 Ziegler, P. 351
Winterton, R.H.S. 114 Ziering, S. 336
Wittmann, F. 114 Zimon, A.D. 351
Zisman, W.A. 207
Yalamov, Y.I. 308, 309 zocner, H. 17, 81
Yalamov, Yu.I. 331, 358 Zolotarev, P.P. 190
Yanis, N.A. 266 Zorin, Z.M. 113, 121, 185,
Yarmakovski, V.N. 240 Sans Gene Sans 25n, 240,
Yarmakovskii, V.N. 222 265, 266
Yaroshchuk, A.E. 127 Zubaschenko, E.A. 165, 185
Yashin, V.N. 114 201, 266
Yeh, H.C. 351 Zvonareva, G.V. 222, 240
Yushchenko, V.S. 351
Yuzhnij, Z.M. 331
PROGRESS IN SURFACE SCIENCE, VOLUME 43
SUBJECT INDEX
Adhesion (Boundary layer...capillary)
heterocoagulation and alcohol-water case
convex surfaces 72 147-148
plane surfaces 68-71 disjoining pressure, liquid-
strongly charged surfaces solid interface 138
71-72 electro-osmosis analogue
Aerosol dynamics 273-358 142-145
Aerosol particles electrophoresis and slip
behavior in nonuniformly 145
heated gaseous mixture flow potential analogue
281-286 138-141
distribution, gas molecules force detection, particles
over velocities 281-282 in solution 148-150
kinetic theory of gases and potential gradient
281 formation, fall of
in neighborhood of CCl, drop particles in liquid
in helium 285-286 141-142
in neighborhood of growing pressure gradient across
or evaporating drop capillary 139
284-285 velocities profile 139-140
temperature and concentra-
tion gradients and 281 Caoutchouc latex films
velocity, directed 283-284 deposition of
diffusiophoresis of 277-280 diffusiophoresis in
photophoresis of electrolyte solutions
in laser-excited gas and 153-158
352-358 Capillary osmosis
thermophoresis velocity of definition and investigation
coefficient of thermal slip in boundary layers of
and 321-330 liquids 145-148
horizontal method 323-327 molecular-surface forces in
slit method 327-330 binary solutions 161-165
theoretical methods Capillary osmosis theory
342°323, 329 radioactive tracer study of
volatile 191-201
thermophoresis of 302-306 liquid slip on solid wall
191-195
Binary solutions measurement methods in 195-196
molecular-surface forces in. processing of data 196-198
See Molecular-surface results and discussion
forces, in binary 198-201
solutions Capillary surfaces, thermo-
Boundary layer of liquids osmotic flow of
kinetic phenomena in 138-151 wetting films of
applications 150-151 water 186-190
boundary viscosity 139-140 Cetyl alcohol vapors
capillary osmosis: defini- passivating effect on
tion and investiga- condensation growth
tion 145-148 salt solution drops 315-320
8 SUBJECT INDEX
(Cetyl alcohol...passivating) (Colloid stability...)
water drops 310-315 results of research 112-113
Coagulation new aspects, conclusions,
criterion of 30-33 verifications 115-121
of dissimilar particles. See aggregative 115, 116, 119
Heterocoagulation coagulation kinetics and
electrolyte
118-119
electromagnetic retardation disjoining pressure and
of 107-108 116-117
kinetics of disperse composition 115,
of lyophobic colloids in 117, 119
disperse systems 2, 115-116,
phase transition
10-14 119
of lyophobic sols and Condensation
Suspensions 50-53
heterogeneous
slow surfaces forces and 182-184
lyophobic colloids in in thin films and disperse
disperse systems 22-23 systems 182-184
of sols and suspensions 50-53 Condensation growth 310-320,
of weakly charged sols 33-34
337-340
Colloid particles
of cloud drops
charged adsorption kinetics of
repulsive forces between and
surfactant vapor
slow coagulation 15-27.
337-340
See also Repulsive
passivation of
forces
in drops of water and salt
in disperse systems
solutions 310-320
electric double layer
of salt drops
influence 1-14 adsorption kinetics of cetyl
lyophobic in disperse systems
alcohol vapors and
coagulation kinetics and 2,
315-317
10-14 computer calculation of
interaction of 5-9, 28-29
315-317
large radii 5-7, 28-29 experimental investiga-
small radii 8-9
tion 317-320
slow coagulation and
of water drop
stability of 22-23 adsorption kinetics of cetyl
stability of 1-14
alcohol vapors and
Colloid stability
310-315
surface forces and 83-104.
See also Surface forces Diffusiophoresis. See also
Colloid stability theory
Thermophoresis
115-121 of aerosol particles 277-280
factors affecting 109-113
in electrolyte solution
aggregation processes in
153-154
109 deposition of caoutchouc
coagulation kinetics
latex films and 154-158
research, flow
in flotation 248-251
ultramicroscopy of solid particles in
method 112 dispersed systems and
dispersity of 109
capillaries 179-180
interaction, surface Disjoining pressure
separated by thin
in colloid stability 116-117
interlayers
in equilibrium thickness
development of theory
phase
111-112 nonfreezing water films on
model experimental
capillary surface
research 109-111 226-227, 234, 236, 237
phase transition in 109
SUBJECT INDEX
(Disjoining pressure) Electric double layers
formation of equilibrium particle interaction and
thickness of interlayers stability of lyophobic
frost heaving and 233, 234 colloids 1-14
free film between bubbles Electrolyte, retardation of
85-92, 103-104 coagulating concentration of
free film between solids 107-108
resistance forces in 93-103 Electrostatic factor
in ice interlayer thickening stabilization of dispersions
frost heaving and 208-210, protected by adsorbed
211, 212 polymer layers 122-127
Disperse systems anomalous layer model
stability and interaction of 123-124
colloid particles in barrier height dependence on
electrical factors in 2-5 electrolyte concentra-
particles with large radii tion 125-126
5-7 concept of undissolving
particles with small radii volume in 122
8-9 double layer theory and
surface forces and, 83-104. 121-122
See also under Surface electrostatic barrier growth
forces with electrolyte
Dispersion concentration 123
interactions of dissimilar high electrolyte solutions
particles 66-68 case 124-125
protected by adsorbed homogeneous adsorption layer
polymers and 127
stabilization of 122-127. molecular attraction forces
See also Electrostatic and 125, 127
factor Schulze-Hardy rule and 126
Drops
cloud Floatability of antimonite
surfactant vapor effect on antimonite experiment 270-271
condensation growth dependence on value of zeta-
potential 267-271
337-340
liquid elementary flotation 267-270
noncoalescence on contact floatability in 270
force barrier in 269
273-276
salt solution stability criterion of
passivation in condensation wetting film 268
growth of 315-320 stages in process 267
water van der Waals forces in
passivation in condensation 267-268
growth of 310-315 Flotation theory 241-265
interaction in, mineral
Elastic particles particle-bubble
collision with rigid surface 241-265
adhesion force 341-342 particle attachment in
contact electrification large particles 260-264
effect on 341-350 precipitation kinetics and
critical collision velocity small particles 256-260
342-344, 345, 347-348, stages 244-246
349, 350 surface forces and 241-242
discussion 349-350 adsorption equilibrium (zone
role of electric double 3) 251-256
diffusiophoretic (zone 2)
layer 341-350
theory 344-349 248-251
velocity ratio of collision gravity and inertia (zone
1) 246-248
342-344, 348-349
10 SUBJECT INDEX
Free films. See also Liquid results 291-292
films specular reflection effect
between bubbles at low angles of
disjoining pressure of incidence 290-301
85-92 theory 292-300
between solids vaporization rate 296
resistance forces and
93-103 Heterocoagulation
Free films and froths adhesion
capillary pressure of 74-75 between convex surfaces 72
kinetic stability of
of plane surfaces 68-71
measurement procedures in
strongly charged surfaces
77-78 71-72
measurement results 78-79 dispersion interactions,
thinning process in 80-81 dissimilar particles
static stability of 75-76
66-68
Frost damage. See also Non- in electrolyte solutions
freezing interlayers
60-72
porous solids, flow of non- applications 72
freezing water interlayers interaction forces, charged
and 214-222, 232-239
convex surfaces 66
Frost heaving
plane-parallel layer 61-65
flow of nonfreezing water
interlayers in 232-239 Kinetics of thin films 129-239
influence of pressure and
temperature gradients Liquid drops
214 non-coalescence on contact
mass exchange in
273-276
between thawed and frozen air gap profile and 273-274
zones, porous solid pressure with diffusion of
218-220, 236-237 vapor and 274-276
ice-filled slit pore model thickness and 274-276
216-218, 232-236 Liquid films, between surfaces,
verification 220-221, repulsive forces 24-26
237-239 Liquid layer thickness
theory of 208-213 adherence to vessel walls
disjoining pressure in
134-147
208-210, 211, 212 on empty vessel walls 129-133
thermocrystallization Lyophobic sols
pressure in 208-213
stability in disperse systems
Froths. See Free films strongly charged 30-33,
35-53
Gaseous mixture, nonuniformly
weakly charged 33-34
heated, aerosol
particle behavior in
Molecular attraction on elec-
281-286 trolyte concentration,
Gases
retardation of 106-108
molecular flow through narrow Molecular-surface forces
capillaries in binary solutions 159-165
angle of incidence 294-295 capillary osmosis effect
calculation of mean free and 161-165
paths and flux 293-294 large interface distances
conclusions 301
160
diffusion of nonglancing rigorous expression of
molecules 296-297
159-160
introduction 290-291 small interface distances
Knudsen scattering and 292,
160
294
methods 291